def test_invalidAddTable(self):
"""
Tests the ability to add tables to our generator
but with incorrect input types
Input:
Table instance
"""
cur = Generator()
with self.assertRaises(Exception):
cur.AddTable(Generator())
def test_invalidMode(self):
"""
Sets the mode, but with an invalid input
"""
cur = Generator()
with self.assertRaises(Exception):
cur.SetMode("Test")
def test_reportFailureCount(self):
"""
Test the methods handling report failure counts
Input:
SetFailureCount() & GetFailureCount()
"""
cur = Generator()
cur.SetFailureCount(2)
self.assertEqual(cur.GetFailureCount(), 2)
def test_reportSuccessCount(self):
"""
Test the methods handling report sucess counts
Input:
SetSuccessCount() & GetSuccessCount()
"""
cur = Generator()
cur.SetSuccessCount(2)
self.assertEqual(cur.GetSuccessCount(), 2)
def test_mode(self):
"""
Test the methods handling report modes
Input:
SetReportTitle() & GetMode()
"""
cur = Generator()
cur.SetReportTitle("test")
self.assertEqual(cur.GetReportTitle(), "test")
def test_reportDescription(self):
"""
Test the methods handling report descriptions
Input:
SetReportDescription() & GetReportDescription()
"""
cur = Generator()
cur.SetReportDescription("test")
self.assertEqual(cur.GetReportDescription(), "test")
def test_filename(self):
"""
Test the methods handling filenames
Input:
SetFilename() & GetFilename()
"""
cur = Generator()
cur.SetFilename("test")
self.assertEqual(cur.GetFilename(), "test")
def test_reportInvalidSucess(self):
"""
Test the methods handling report sucess counts with invalid input
Input:
SetSuccessCount() & GetSuccessCount()
"""
cur = Generator()
with self.assertRaises(ValueError):
cur.SetSuccessCount("test")
self.assertEqual(cur.GetSuccessCount(), 0)
def test_addTable(self):
"""
Tests the ability to add tables to our generator
Input:
Table instance
"""
cur = Generator()
table = Table()
cur.AddTable(table)
self.assertEqual(len(cur.tables), 1)
def test_getTable(self):
"""
Tests the abilty to get tables back out
Output:
Table instance
"""
cur = Generator()
t = Table("Test")
cur.AddTable(t)
data = cur.GetTable("Test")
self.assertEqual(data, t)
def test_addDuplicateTable(self):
"""
Tests the ability to add tables to our generator
but with duplicate table titles
Input:
Table instance
"""
cur = Generator()
cur.AddTable(Table("Test"))
with self.assertRaises(KeyError):
cur.AddTable(Table("Test"))
def test_generatorInit(self):
"""
Test __init__ values
"""
cur = Generator()
self.assertEqual(cur.GetReportTitle(),
"Test Tables",
msg="Report Title")
self.assertEqual(cur.GetReportDescription(),
"",
msg="Report Description")
self.assertEqual(cur.GetSuccessCount(), 0, msg="Success count")
self.assertEqual(cur.GetFailureCount(), 0, msg="Failure count")
self.assertEqual(cur.GetErrorCount(), 0, msg="Error count")
self.assertEqual(cur.tables, {}, msg="Tables")
def __init__(self, stream=sys.stdout, verbosity=1):
self.stream = stream
self.verbosity = verbosity
self.generator = Generator()
